Previous versions of study and examination regulations are provided on the intranet .
Description
Mathematics is the science that emerged from the study of figures and calculating with numbers. It forms the basis of physics and the technical sciences. In addition, it already plays a prominent role in economics and finance and is gaining increasing importance in the life sciences.
The goal of the Bachelor's degree in Mathematics is to provide students with a very solid basic mathematical knowledge as well as knowledge in mathematical modelling, computer science and a non-mathematical application subject. A good prerequisite for studying mathematics is that students enjoy dealing with mathematics outside the normal school lessons. School mathematics should not cause any problems, apart from occasional arithmetical mistakes. It should be fun to discover mathematical laws and to prove them by logical conclusions. Is solving mathematical puzzles perhaps a hobby?
With an appropriate choice of the application subject, Master's programmes in computer science, an economic or technical subject are also available after the Bachelor's degree.
Fundamentals of mathematics (e.g. analysis, algebra, numerical mathematics, stochastics, scientific arithmetic)
Mathematical application subjects (e.g. applied analysis, operations research, discrete mathematics)
Practical computer science (optional courses) (e.g. operating systems, complexity theory, database systems, telematics, computer algebra)
Non-mahematical application fields (optional courses) (e.g. economics, electrical engineering, information technology, mechanical engineering, physics, technical computer science, biomedical engineering)
Foreign language and General Studies
Bachelor thesis
